The Perception Neuron is a very awesome piece of tech C a small block no bigger than a sugar cube that contains an accelerometer, a gyroscope and a magnetic tracking. On its own, it’s an amazing testament to the power of miniaturization, however, if synced with up to 31 other Neurons, it allows for remarkably accurate full-body activity tracking. The device has been billed as an ideal companion to the Oculus Rift, nevertheless while I’m not totally convinced that it will work with the consumer marketplace, I actually do see it having a quite positive effect on your indie development arena.
Anyone who’s dabbled in it just before can tell you that computer animation is complicated and dear C either in terms of time or money, depending on the size of your project. Bigger studios could shrink their workload by using motion catch instead of doing everything by hand, but for small devs that’s never actually been an option. The actual up-front costs of motion capture C the software, the cams, and the space to get it all in C usually are prohibitively expensive, along with renting a space, should the option is available at many, comes with its own limitations. With the Neuron, a small builder or student staff can have their own record gear for in between 800 and 1500 dollars, without needing a dedicated space to put that in.
That price point applies it out of array for all but the almost all affluent consumers, but frankly even if the Neuron ended up more affordable, it’s a tiny too cumbersome regarding practical home use. 3DTVs struggled against consumers too apathetic to even place on glasses for seeing, so I find it hard to that is amazing gamers will be prepared to fiddle with 07 separate Velcro straps every time they want to play. Perhaps the standalone gloves, offered for just a hundred dollars each, feel considerably less hassle-free than more self-contained competitors like the Razer Hydra and Sixense STEM.
Don’t get me wrong, there is something irrefutably cool about considering your hand with an Oculus rift and seeing a CG duplicate reflecting your movements particularly. Thing is, classical motion controllers comparable enough in most work with cases, and they provide the additional benefit of tactile feedback. They also have a tendency to work right out of the pack, whereas using the Neuron requires a lengthy, fiddly calibration method. Sixense’s tech may not be as versatile or affordable as the Neuron, but it’s greatly more convenient and readily available, and in the technological market convenience failures every other advantage C selling price included.
In the skilled world, though, the opposite is often true (simply just look at how many folks are willing to subject by themselves to GIMP instead of paying pertaining to Photoshop), and it’s generally there that the Perception Neuron has a chance to really stand out. Fiddling with connectors and settings can be a pain, sure, but it really has nothing on getting a character to life from scratch, and shifting the majority of that workload in an actor is more as compared to worth a little first hassle. The Neuron may empower many independent developers to create games like they’ve certainly not made before, increased by greater reality and more fluid action. I may not be in love with the device as a peripheral, but I’m more than convinced of its energy as a tool.